新生物

The consummator of biotechnology industry will accelerate the development of new economy and have fateful impacts on agriculture,industry,medicine,protecting ...

生物技术产业的崛起将促进新经济发展，对农业、工业、医药、环境保护、新能源开发以及生物战剂的抵御能力产生重要影响。

The IDee applies biological science and technologies to the cosmetics. It makes special research of the active elements of the plant to enable them to function fully, which not only improved the security and efficiency of the cosmetics, but also broke the traditional way of skin care. It puts emphasis on growing, activating, repairing, regulating, and the nutrition in an all-round way, carries on multi-layer repairs to the skin through the growing of the cell and hypodermis. It establishes the new concept of biological skin care in the new century in a totally new way.

法国IDee化妆品把生物科学技术运用到化妆品中，特别是对植物有效成份单体导入研究，使得具有特殊功效的物质能充分发挥作用，这不仅提高了化妆品的安全性、有效性，更重要的是它打破了传统的护肤方式，强调对肌体生长、激活、修复、调节、营养的全面作用，从细胞生长和皮下组织、生理上进行多层的修复、治疗，全新整合新世纪生物美容护肤新概念。

Based on the seismic data obtained in deepwater area of northern South China Sea in recent years, the development of ancient Miocene reef was analyzed. The seismographic result shows typical reef feature in the Xisha uplift, such as the mound, high amplitude, middle frequency, middle continuity, and chaotic reflection. Some reef-like reflection was found in the Miocene Meishan Formation in Beijiao area of Qiongdongnan Basin.

中文摘要：基于近些年南海北部深水区采集的地震资料，对南海北部深水区中新世生物礁发育特点进行分析、对比和研究，认为西沙隆起地区发育典型的生物礁，具有丘状反射、强振幅、中频、中连和杂乱地震相，发现琼东南盆地北礁地区在中新世梅山组也有似礁相发育。

However, mechanical prosthetic valve has poor biocompatibility, and biological valve is easy to degrade and to be damaged. People have studied a new material to make valve. Giant molecule materials-made no-stent bio-mitral valve with chordae tendineae is similar to normal valve.

生物瓣具有血流动力学性能优秀，不需终生抗凝等优点，但机械瓣的生物相容性较差、生物瓣易退化损坏等问题，使人们开始对新的瓣膜制作材料进行研究，使用高分子材料制成的无支架带腱索生物二尖瓣与自然瓣膜相似，可维持人体二尖瓣生理功能、左室几何形状和血流动力学。

SPR technique combined with the methods of material spreading onto the surface of gold developed in this work, including the polymer spreading by centrifugation and lipid spreading by LB technique, provided us a very sensitive tool for the real-time, dynamic and in-situ study of protein adsorption on the surface of biomaterials.

表面等离激元技术与本文采用的在金膜上铺展高分子材料的离心铺膜法和LB技术等样品制备技术相结合，为生物材料表面对蛋白质吸附特性的实时、动态、原位研究提供了一种新的高灵敏度的方法，并可能发展成为一种材料生物相容性的测试和评价的新方法。

SPR technique combined with the methods of material spreading onto the surface of gold developed in this work, including the polymer spreading by centrifugation and lipid spreading by LB technique, provided us a very sensitive tool for the real-time, dynamic and in-situ study of protein adsorption on the surface of biomaterials.

表面等离激元技术与本文采用的在金膜上铺展高分子材料的离心铺膜法和LB技术等样品制备技术相结合，为生物材料表面对蛋白质偏瘫吸附特性的实时、动态、原位祛斑研究提供了一种新的高灵敏度的方法，并腹泻可能发展成为一种材料生物相容性的测试瘦身和评价的新方法。

The follwing three aspects are considered. First, gene has been regarded as the research objective and a history of genetics is the history of further understanding of the substantiality of the gene. Second, based on the highly developed molecular genetics, the genetics of scientific morphology is changed into the biological technology of technological morphology. And third, the development of the biological technology sufficiently shows the dual character of the new technology as a two-bladed sword, and it...

讲述3个方面：第一，遗传学研究者自始至终把基因作为研究对象，一部遗传学史，就是人们对基因实体性认识不断深化的历史；第二，在分子遗传学高度发展基础上，科学形态的遗传学转化成技术形态的生物技术，作为一种活跃的生产力走向了产业化道路；第三，生物技术的发展充分显示新技术犹如双刃剑的两面性和对社会伦理的冲击与挑战，对社会提出了新课题。

This paper presented the latest advances in the application of biosensors monitoring for BOD、N、P、pathogens、pesticides and heavy metals in the aquiculture environment , and the problems with their applications in monitoring mariculture and reasons for the problems. Meanwhile , the novel technologies of genetically engineered microorganism , of molecular imprinting polymer and of real2time multi2analysis needed to improve the performance and to extend the application of biosensors for sea fishery , and to offer a prospect of biosensors to be combined with computer to allow online monitoring and control were demonstrated.

软件简介：论述了生物传感器在监测渔业环境中的BOD、N、P、病原体、农药和重金属等方面的国内外最新进展，分析了生物传感器在海洋渔业应用中存在的主要问题及原因，同时阐述了利用基因工程微生物技术、分子烙印技术、多成分实时分析技术等先进技术提高生物传感器的性能并扩大其在海洋渔业领域中的应用范围，在海洋渔业环境中为实现生物传感器与计算机在线自动监测与控制，开拓新的广阔前景。

This paper presented the latest advances in the application of biosensors monitoring for BOD、N、P、pathogens、pesticides and heavy metals in the aquiculture environment , and the problems with their applications in monitoring mariculture and reasons for the problems. Meanwhile , the novel technologies of genetically engineered microorganism , of molecular imprinting polymer and of real2time multi2analysis needed to improve the performance and to extend the application of biosensors for sea fishery , and to offer a prospect of biosensors to be combined with computer to allow online monitoring and control were demonstrated.

论述了生物传感器在监测渔业环境中的BOD、N、P、病原体、农药和重金属等方面的国内外最新进展，分析了生物传感器在海洋渔业应用中存在的主要问题及原因，同时阐述了利用基因工程微生物技术、分子烙印技术、多成分实时分析技术等先进技术提高生物传感器的性能并扩大其在海洋渔业领域中的应用范围，在海洋渔业环境中为实现生物传感器与计算机在线自动监测与控制，开拓新的广阔前景。

Shandong Cathay Lane to biological high-tech limited liability company realize the world's first large-scale biological production of long chain dicarboxylic acid series products for the modern biotechnology and new materials used in a model of science, the use of advanced biotechnology to produce long carbon chain dicarboxylic acid series products have passed the world's chemical, biological and chemical enterprises more than tried and tested and widely recognized.

山东凯赛里能生物高科技有限责任公司实现世界上首次大规模用生物法生产长链二元酸系列产品，为现代生物技术应用于新材料科学的典范，利用先进的生物技术来生产长碳链二元酸系列产品已通过全球多家生化和化工企业试用和测试并获得广泛的认可。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。